Power Plant Engineering The predominant isotope of the naturally occurring element is U₂₃₅ Pu₂₃₃ Pu₂₃₉ U₂₃₈ U₂₃₅ Pu₂₃₃ Pu₂₃₉ U₂₃₈ ANSWER DOWNLOAD EXAMIANS APP
Power Plant Engineering Reactors designed for propulsion applications are designed for Enriched uranium Natural uranium Any type of uranium Pure uranium Enriched uranium Natural uranium Any type of uranium Pure uranium ANSWER DOWNLOAD EXAMIANS APP
Power Plant Engineering Enriched uranium is required as a fuel in a nuclear reactor, if light water is used as moderator and coolant, because light water has Low moderating efficiency High neutron scatter cross-section Low neutron absorption cross-section High neutron absorption cross-section Low moderating efficiency High neutron scatter cross-section Low neutron absorption cross-section High neutron absorption cross-section ANSWER DOWNLOAD EXAMIANS APP
Power Plant Engineering In natural uranium, the constituents of three naturally occurring isotopes are U₂₃₄ = 0.712%, U₂₃₅ = 0.006% and U₂₃₈ = 99.282% U₂₃₄ = 99.282%, U₂₃₅ = 0.006% and U₂₃₈ = 0.712% U₂₃₄ = 0.006%, U₂₃₅ = 99.282% and U₂₃₈ = 0.712% U₂₃₄ = 0.006%, U₂₃₅ = 0.712% and U₂₃₈ = 99.282% U₂₃₄ = 0.712%, U₂₃₅ = 0.006% and U₂₃₈ = 99.282% U₂₃₄ = 99.282%, U₂₃₅ = 0.006% and U₂₃₈ = 0.712% U₂₃₄ = 0.006%, U₂₃₅ = 99.282% and U₂₃₈ = 0.712% U₂₃₄ = 0.006%, U₂₃₅ = 0.712% and U₂₃₈ = 99.282% ANSWER DOWNLOAD EXAMIANS APP
Power Plant Engineering U233 is produced By neutron irradiation of thorium Artificially By neutron irradiation of Uz As basic raw material By neutron irradiation of thorium Artificially By neutron irradiation of Uz As basic raw material ANSWER DOWNLOAD EXAMIANS APP
Power Plant Engineering Each fission of U₂₃₅ produces following number of fast neutrons per fission 1 neutron 1, 2 neutrons 3 neutrons 2 neutrons 1 neutron 1, 2 neutrons 3 neutrons 2 neutrons ANSWER DOWNLOAD EXAMIANS APP
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